Functions/Subroutines
subroutine	read_system_position ()
	Reads oscillator position and writes SYSLST.input file.

Function/Subroutine Documentation

◆ read_system_position()

subroutine read_system_position

Reads oscillator position and writes SYSLST.input file.

Author: Aline Herlin, Srihari Sangaraju

Date: February, 2021

Version: 1.0

Definition at line 24 of file READ_SYSTEM_POSITION.f90.

 
  use speed_par
  use speed_sci, only : sdofnum, rot_sin, rot_cos
 
  implicit none
 
  include 'SPEED.MPI'
 
  real*8, dimension(:), allocatable :: rot_theta
 
  if (sys_lst.eq.1) then
     if (nelem_loc .gt. 0) then
        allocate (highest_sys_lst_loc(nelem_loc))
    endif
    call get_highest_node(nnod_loc, nelem_loc, zz_spx_loc,&
                         local_node_num, con_nnz_loc, con_spx_loc, &
                         nmat, tag_mat, sdeg_mat, highest_sys_lst_loc)
  endif
 
 
  if (mpi_id.eq.0) then
     write(*,'(A)')
     write(*,'(A)') '--------------------SDOF System location--------------------'
  endif
 
 
!*****************************************************************************************
!                      OSCILLATOR POSITION
!*****************************************************************************************
 
  sdofnum = 0
 
  if (sys_lst .eq. 1) then
 
    file_sys = 'SYS.input'
        call read_dime_filepg(file_sys,sdofnum)
 
    if (sdofnum.gt.0) then
 
      allocate(n_system_lst(sdofnum),el_system_lst(sdofnum),dist_system_lst(sdofnum))
          allocate(system_label(sdofnum),x_system_lst(sdofnum),y_system_lst(sdofnum),z_system_lst(sdofnum))
      allocate(rot_sin(sdofnum), rot_cos(sdofnum), rot_theta(sdofnum))
          allocate(xr_system_lst(sdofnum),yr_system_lst(sdofnum),zr_system_lst(sdofnum))
 
      call read_filesys(file_sys,sdofnum,system_label,x_system_lst,y_system_lst,z_system_lst,rot_theta)
 
      !Modified, so that In a simulation both types of Point sources (usual point sources and  SDOF Oscillators) can be used (-SS)
      ! do i=1,SDOFnum
      !   do j=1,nload_poiX_el
      !     if(system_label(i).eq.building_id_x(j)) then
      !       val_poiX_el(j,1) = x_system_lst(i); val_poiX_el(j,2) = y_system_lst(i); val_poiX_el(j,3) = z_system_lst(i);
      !     endif
      !   enddo
      !   do j=1,nload_poiY_el
      !     if(system_label(i).eq.building_id_y(j)) then
      !       val_poiY_el(j,1) = x_system_lst(i); val_poiY_el(j,2) = y_system_lst(i); val_poiY_el(j,3) = z_system_lst(i);
      !     endif
      !   enddo
      !   do j=1,nload_poiZ_el
      !     if(system_label(i).eq.building_id_z(j)) then
      !       val_poiZ_el(j,1) = x_system_lst(i); val_poiZ_el(j,2) = y_system_lst(i); val_poiZ_el(j,3) = z_system_lst(i);
      !     endif
      !   enddo
      ! enddo
 
      if (file_sys_lst.eq.0) then ! NO input file with the position of oscillators
        allocate(x_system_real(sdofnum), y_system_real(sdofnum), z_system_real(sdofnum))
 
                  do i = 1,sdofnum
 
          call get_nearest_node_pgm(nnod_loc, xx_spx_loc, yy_spx_loc, zz_spx_loc,&
                                        x_system_lst(i), y_system_lst(i), z_system_lst(i),&
                                        n_system_lst(i), dist_system_lst(i), depth_search_sys_lst)
 
                          call get_pnt_pos_pgm(nelem_loc,&
                                  alfa11,alfa12,alfa13,alfa21,alfa22,alfa23,&
                                        alfa31,alfa32,alfa33,beta11,beta12,beta13,&
                                        beta21,beta22,beta23,beta31,beta32,beta33,&
                                        gamma1,gamma2,gamma3,delta1,delta2,delta3,&
                                        x_system_lst(i),y_system_lst(i),z_system_lst(i),&
                                        el_system_lst(i),xr_system_lst(i),yr_system_lst(i),zr_system_lst(i),&
                                        highest_sys_lst_loc, depth_search_sys_lst)
 
 
          x_system_real(i) = xx_spx_loc(n_system_lst(i))
          y_system_real(i) = yy_spx_loc(n_system_lst(i))
          z_system_real(i) = zz_spx_loc(n_system_lst(i))
          n_system_lst(i) = local_node_num(n_system_lst(i))
          el_system_lst(i) = local_el_num(el_system_lst(i))
 
                  enddo
 
        j = 1
 
        do while(j .le. sdofnum)
          allocate(dist_system_glo(mpi_np),n_system_glo(mpi_np), el_system_glo(mpi_np))
          allocate(xr_system_glo(mpi_np), yr_system_glo(mpi_np), zr_system_glo(mpi_np))
          allocate(x_system_glo_real(mpi_np), y_system_glo_real(mpi_np),z_system_glo_real(mpi_np))
 
          call mpi_barrier(mpi_comm, mpi_ierr)
          call mpi_allgather(dist_system_lst(j), 1, speed_double, dist_system_glo, 1, speed_double, mpi_comm, mpi_ierr)
          call mpi_allgather(xr_system_lst(j), 1, speed_double, xr_system_glo, 1, speed_double, mpi_comm, mpi_ierr)
          call mpi_allgather(yr_system_lst(j), 1, speed_double, yr_system_glo, 1, speed_double, mpi_comm, mpi_ierr)
          call mpi_allgather(zr_system_lst(j), 1, speed_double, zr_system_glo, 1, speed_double, mpi_comm, mpi_ierr)
          call mpi_allgather(n_system_lst(j), 1, speed_integer, n_system_glo, 1, speed_integer, mpi_comm, mpi_ierr)
          call mpi_allgather(el_system_lst(j), 1, speed_integer, el_system_glo, 1, speed_integer, mpi_comm, mpi_ierr)
          call mpi_allgather(x_system_real(j), 1, speed_double, x_system_glo_real, 1, speed_double, mpi_comm, mpi_ierr)
          call mpi_allgather(y_system_real(j), 1, speed_double, y_system_glo_real, 1, speed_double, mpi_comm, mpi_ierr)
          call mpi_allgather(z_system_real(j), 1, speed_double, z_system_glo_real, 1, speed_double, mpi_comm, mpi_ierr)
 
          call get_minvalues(n_system_glo, dist_system_glo, mpi_np, n_system_lst(j), 1, mpi_np)
 
          ! Do we really need this step? the partition containing nearest node is already saved in n_system_lst
          call get_indloc_from_indglo(n_system_glo, mpi_np, n_system_glo(n_system_lst(j)), ic)
 
          x_system_real(j) = x_system_glo_real(ic)
          y_system_real(j) = y_system_glo_real(ic)
          z_system_real(j) = z_system_glo_real(ic)
          xr_system_lst(j) = xr_system_glo(ic)
          yr_system_lst(j) = yr_system_glo(ic)
          zr_system_lst(j) = zr_system_glo(ic)
          el_system_lst(j) = el_system_glo(ic)
 
          j=j+1
 
          deallocate(dist_system_glo, n_system_glo, el_system_glo, xr_system_glo, yr_system_glo, zr_system_glo, &
                     x_system_glo_real, y_system_glo_real, z_system_glo_real)
        enddo
 
        deallocate(dist_system_lst)
 
        if(mpi_id.eq. 0) then
 
          file_syslst = 'SLST.input'
                          call write_file_mpgm_sys(file_syslst, sdofnum, n_system_lst, el_system_lst, &
                               xr_system_lst, yr_system_lst, zr_system_lst,rot_theta)
 
          sys_filename  = 'SLST.position'
                          call write_file_mpgm_sys(sys_filename, sdofnum, n_system_lst, el_system_lst, &
                                                x_system_real, y_system_real, z_system_real,rot_theta)
 
        endif
 
        deallocate(x_system_real, y_system_real, z_system_real)
 
          else ! YES, it exists an input file with the position of LST monitors
 
                  file_syslst = 'SLST.input'
                  call read_file_mpgm_sys(file_syslst, sdofnum, n_system_lst, el_system_lst, &
                                                  xr_system_lst, yr_system_lst, zr_system_lst,rot_theta)
 
          endif
 
            deallocate(highest_sys_lst_loc)
 
    endif
  else
    write(*,'(A)') 'SYSLST key not found!'
 
  endif
 
  if (mpi_id.eq.0) then
    write(*,'(A)')
    write(*,'(A,I10)') 'SYStem positionLST: ',sdofnum
    write(*,'(A,I2)') 'File SYSLST : ',file_sys_lst
  endif
 
  call mpi_barrier(mpi_comm, mpi_ierr)
 
  do i=1,sdofnum
      rot_sin(i) = dsin(rot_theta(i))
      rot_cos(i) = dcos(rot_theta(i))
  enddo
  deallocate(rot_theta)
 
  !-----------------------------------------------------------------------------------
  ! Mapping SDOF oscillators to nearest LGL nodes
  !------------------------------------------------------------------------------------
  ! node_counter_sdof = number of partitions sharing the LGL node where SDOF point load is applied
  call make_system_position_lglnodes(nnod_loc , local_node_num, con_nnz_loc, con_spx_loc, &
                                            xx_spx_loc, yy_spx_loc, zz_spx_loc, sdofnum, system_label, &
                                            x_system_lst, y_system_lst, z_system_lst, &
                                            mpi_id, mpi_comm, mpi_np)
 
  !----------------------------------------------------------------------------------
  !     WRITING SDOF_SYSTEM.INFO
  !----------------------------------------------------------------------------------
 
  if(mpi_id .eq. 0) then
 
    allocate(system_files(mpi_np))
    system_files = 0
 
    do i = 1, sdofnum
       !write(*,*) 'el_system_lst(i) ', el_system_lst(i), 'elem_domain ', elem_domain(el_system_lst(i)), 'system files ', system_files(elem_domain(el_system_lst(i))+1)
       system_files(elem_domain(el_system_lst(i))+1) = system_files(elem_domain(el_system_lst(i))+1) + 1
    enddo
 
    if(len_trim(monitor_file) .ne. 70) then
       monitor_file_new = monitor_file(1:len_trim(monitor_file)) // '/SDOF_SYSTEM.INFO'
    else
       monitor_file_new = 'SDOF_SYSTEM.INFO'
    endif
 
 
    open(unit=50,file=monitor_file_new)
    write(50,*) mpi_np
    write(50,*) sdofnum
    do i = 1, mpi_np
       write(50,*) system_files(i)
    enddo
    close(50)
 
    deallocate(system_files)
  endif
 
 

References speed_par::alfa11, speed_par::alfa12, speed_par::alfa13, speed_par::alfa21, speed_par::alfa22, speed_par::alfa23, speed_par::alfa31, speed_par::alfa32, speed_par::alfa33, speed_par::beta11, speed_par::beta12, speed_par::beta13, speed_par::beta21, speed_par::beta22, speed_par::beta23, speed_par::beta31, speed_par::beta32, speed_par::beta33, speed_par::con_nnz_loc, speed_par::con_spx_loc, speed_par::delta1, speed_par::delta2, speed_par::delta3, speed_par::depth_search_sys_lst, speed_par::dist_system_glo, speed_par::dist_system_lst, speed_par::el_system_glo, speed_par::el_system_lst, speed_par::elem_domain, speed_par::file_sys, speed_par::file_sys_lst, speed_par::file_syslst, speed_par::gamma1, speed_par::gamma2, speed_par::gamma3, get_highest_node(), get_indloc_from_indglo(), get_minvalues(), get_nearest_node_pgm(), get_pnt_pos_pgm(), speed_par::highest_sys_lst_loc, speed_par::i, speed_par::ic, speed_par::j, speed_par::local_el_num, speed_par::local_node_num, make_system_position_lglnodes(), speed_par::monitor_file, speed_par::monitor_file_new, speed_par::mpi_comm, speed_par::mpi_id, speed_par::mpi_ierr, speed_par::mpi_np, speed_par::n_system_glo, speed_par::n_system_lst, speed_par::nelem_loc, speed_par::nmat, speed_par::nnod_loc, read_dime_filepg(), read_file_mpgm_sys(), read_filesys(), speed_sci::rot_cos, speed_sci::rot_sin, speed_par::sdeg_mat, speed_sci::sdofnum, speed_par::sys_filename, speed_par::sys_lst, speed_par::system_files, speed_par::system_label, speed_par::tag_mat, speed_par::x_system_glo_real, speed_par::x_system_lst, speed_par::x_system_real, speed_par::xr_system_glo, speed_par::xr_system_lst, speed_par::xx_spx_loc, speed_par::y_system_glo_real, speed_par::y_system_lst, speed_par::y_system_real, speed_par::yr_system_glo, speed_par::yr_system_lst, speed_par::yy_spx_loc, speed_par::z_system_glo_real, speed_par::z_system_lst, speed_par::z_system_real, speed_par::zr_system_glo, speed_par::zr_system_lst, and speed_par::zz_spx_loc.

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Functions/Subroutines

Function/Subroutine Documentation

◆ read_system_position()